awesome video indeed! btw, i was wondering if the hoistway door could be opened if someone try to do so exactly when the elevator is passing behind heading to another floor
Retired from the elevator industry about 10 years ago. You paint a thorough picture of how an overhead traction elevator works along with introducing correct terminology for its components. Great job.
I have applied for an elevator apprenticeship and my interview is this week. This video is really opening doors for me lol. Would you say you enjoyed your career?
@@nickthewulf I believe one makes life what they perceive it to be. The industry was good to me and the people in it were fantastic. The elevator industry changed from relay control to microprocessor-based control along with system demand to destination dispatch during my time there. But the elevator still operates the same: up and down and open and close doors. You should enjoy it if you are a "jack of all trades" kind of person.
From VCRs to elevators, and to space vehicles. You must have gained such an incredible amount of knowledge doing all the animations that you have done over the years.
I had been a building mechanical equipment consultant for nearly 30 years. Working with different types of elevators like hydraulic and traction type. I’m glad you (@Jared Owen) has shared this enlighthening video. This enhances the elevator riding public to understand how safe and the mechanism envolved in an elevator. ❤
I knew elevators had some sort of a safety mechanism to stop the the cabin from falling, in case the cables snapped. But having watched your explanation of how it actually works, I feel a lot safer riding elevators! Thanks for putting all this hard work into educating us, @JaredOwen
I m a elevator service technician but ive never seen a cylinder of hidraulic lift built underneath the cabin, ive seen only the cylinder beside the cabin connected with steel ropes to the floor of the cabin.
@@cpkora422 Well, as a elevator technician you should know this. There's two major types of hydraulic elevators that being "Holed" or conventional, and "hole-less" hydraulic elevators. Within that "hole-less" category there is 3 those being non telescopic/single stage, telescopic, and roped hydraulic elevators. Been a while since I studied them but, 60 feet is the max for "holed", 20feet for non telescopic, 50ft for telescopic, and 60ft for the roped hydraulic. With a "holed" you have to drill a massive hole as apposed to the roped hydraulic not requiring that extra step and still manages the 60ft that a "holed" can do. Id guess that is why you are used to seeing only roped hydraulic as its a pretty long job to redo a "holed" when it claps out. Stay safe.
I really appreciate all of the animations and information you have shared with us and your 2:43 viewers. They are very well done and the information shared has taught me so much and I thank you much for that!
I stumbled upon your channel. I was reading about Mr Otis and wanted to know how exactly he performed the 'stunt" at the fair. I usually dont subscribe to channels unless they are outstanding or are different from what's trending on the social media platforms. Of course i whole heartedly clicked on subscribe. Thanks for the simple animation and the simple words you have used to explain the functioning of an evevator (or a lift, hehe!). I frequently do social service by using my advanced degree in teaching school students in maths and science. I know how difficult it can get to convey even easy concepts in a simple manner so that everyone understands. Kudos to you for doing that. You acknowledgment for MQ Elevators also shows that you are a generous human being who doesnt want any undue credit. I respect people like you. Content creators like you should be promoted and supported as i am pretty sure that you will enlighten everyone with similar knowledge which can be difficult to comprehend without the effective animation you did. You have earned a fan in me!!!! I look forward to more videos from you Jared.
The great thing about these videos is the animations are simple enough that you can see what's going on, but complex enough that you don't miss out on all the details. It's like the perfect middle ground. Great work as always!
As an experienced elevator mechanic, I’m thoroughly impressed with your examination here, very well done. Your terminology is pretty well spot on, and I also noticed that you modeled some components of off real equipment I work on. The machine is a carbon copy of an Otis gearless machine, the door operator looks exactly like a Montgomery EZ operator, and the door hardware looks like GAL stuff. Well done, 10/10.
The level of excitement I experienced before starting this video really demonstrates how well Jared does what he does. He does it so well I was genuinley excited to learn about how elevators work
I agree and he explains complex mechanisms in such an easy to understand way, that even when my child was 7 years old, he would watch and understand some of Jared's videos!
My son (7) is the same way with all of his videos! He is teaching me things now! And is obsessed with the Statue of Liberty and going to New York so thanks for that, too! 😂
@@JarahMikethat’s another thing I love about his videos. He teaches us about things that are in our everyday lives, and makes you appreciate those things. Like after his video on how pianos work, I was a lot more interested in my girlfriend’s dad’s grand piano, and it gave us something to talk about.
Jared, your Gift is your Ability to shed light on things we don't even think about... and you do it in a Pleasent, fun and entertaining way... not to mention your Computer animations are great
I work in a factory where we make gearless traction machines, most of you have probably been in an elevator that is being driven by a machine I touched! Awesome video
As a kid, I had these "How Things Work" books that will show a diagram of everyday objects and their internal mechanisms. I'd spend hours just imagining them from the static pictures on the books. Jared's videos tickle that same part of my brain as an adult.
Was it the book with all the mammoths? They released an updated version, _The Way Things Work NOW,_ a few years ago. Still as enjoyable a read as I remember it being 👍
There's one additional safety measure in the event that the emergency brake doesn't work: a buffer (basically a large shock absorber) underneath the elevator cab and the counterweight. If the elevator doesn't stop before it reaches either the top or bottom of shaft, it'll impact the buffer and bring the elevator to a rough-but-not-life-threatening stop. So, you won't die from a freefall even if every other safety mechanism fails. Side note -- you're also much more likely to "freefall" upwards rather than downwards if there aren't very many people on the elevator since the counterweight weighs more than an elevator with a few people. You can see videos on RUclips of elevators crashing into the ceiling rather than the ground.
I used to be very scared that there would be a huge failure in an elevator while im in it. After watching this video, it has 99.9% eliminated my fear of elevators and im very happy! Thank you very very much Jared! 😊
@@xaviertumblod8955 Regular stairs are many times more likely to kill you. 1,600 or so, vs maybe 15 worldwide on elevators, including places like China and Russia where they tamper w the shutoffs (many/most wouldn't happen if they were in place).
Yes, same here. After watching this I feel safer too, with the only exception of simply just getting stuck for a period of time due to my claustrophobia
on a per trip basis elevators are one of the safest forms of transpiration. there are MANY redundant safety features in software, electrical and physical hardware. I have been a elevator mechanic for 17 years now and pubic accidents are almost non existent in the USA. more often someone gets stuck in the elevator its from one of the many safety systems failing ( in a failsafe manor) causing the still perfectly safe elevator to stop. the worst part is just having to wait for help to get you out but even while stuck you are completely safe.
I work on elevators everyday and this video is spot on with great info! All the essentials to get the basics and some advanced knowledge. We sometimes call the counter weight "THE WIDOW MAKER". Picture working in a unlit hoistway on top of a elevator cab 100ft up and a gigantic block of metal goes zooming by and all you hear is the whoosh of the wind.
My Dad worked on elevators for close to 40 years. It was a pretty interesting job fixing these up. He also worked on wheelchair lifts and dumbwaiters. He retired from working on elevators, and now he works as an elevator inspector
I've retired from the elevator trade, you must have been talking to someone in the trade as you nailed all the terms and explanations correctly. Great work and thank you for not explaining in detail how the hall doors are opened by a trained tech in an emergency.
@@RafaRadityo7 My dad worked as the Sr. facilities manager at a 7 story office building. Long story short, Dad gets a call at about 11pm to come down... come to find out there is/was nothing wrong with the elevator... Couple of young adults were screwing around one evening (staff of the 7th floor restaurant)... They were stopping and opening the service elevator between floors when one of them slipped. Not everything needs to be known by everyone without going through all the dangers of the knowledge.
In my entire life I wondered,"How does an elevator works? " And now this guy came into my life like a GOD to clarify my doubt WITH animation. Thank you so much for your animations and teaching. I learned a lot from you. Please keep uploading this kind of videos.
Great video. The world of elevators repair is a mysterious thing. I have been "breaking" into elevators for 32 years as a firefighter. I will share this with our Department. Thanks
Video idea: How does a camera (the one that photographer use) works Contains: • How it takes photos • What makes a shutter sound when you take a photo • how does the camera zoom Or more if you had the idea
I worked for the Otis Elevator Company. The engineering name for the Otis "traction elevator" is "geared electric traction" elevator. The gear drive design permits the elevator motor to rest under normal conditions without a separate brake locking the pulley when the car is stationary. So it has two safety mechanisms to prevent slipping/falling, one rarely needed. The difference between traction and hydraulic motivation is traction pulls while hydraulic pushes.
i had to look up a video explaining something for class and now i've subscribed because this was so clear. Now i've got this really useless information about elevators though
I have been an elevator technician for 15 years. In my country ( Belgium ), traction elevators use 2 types of motors, with a reduction gearbox and gearless. In hydraulic lifts, the piston is positioned next to the lift and the lift cage is set up in a backpack.
In the past especially in the USA hydraulic elevators traditionally have the hydraulic cylinder buried in the ground below the elevator cab. The "side jack" elevators are kind of height restricted even with telescoping jack assemblies. The tallest hydraulic elevator I ever worked on was 8 landings about 30 Meters in height. Had to have coolers for the hydraulic fluid to keep tempratues stable. There are also roped hydraulic lifts in New York that go horizontally and allow a hydraulic method to work for over 10 stories....Most of these are pre-WWII buildings.
Hi Jared, could you make an animation for the gateway arch? This video reminded me of the elevator/lift that we ride in to go up to the top of the arch when I visited
I've been an elevator technician for 22 years, excellent video! I'll be checking out your video on escalators next. Where did you do your research for this video? Most of your terminology was spot on!
I work as a Building Manager and meet regularly with lift engineers and office executives. This video has definitely given me a clearer understanding of how an elevator works and will definitely help me in my role moving forward. Brilliant video and well done. Subbed and thumbs up given. Cheers mate 👍😊
I always love these videos. It really shows me how cool these inventions can be! I have always wondered how VCRs worked, and I am so glad you did one on that as it was mind-blowing how they designed it. Keep doing what you're doing!
I knew that elevators had the inner and outer door but had no idea how they worked together with the latch and stuff. All the braking tech seems logical and simple and yet it is so important. Nicely done, Jared.
Very well made video! I like the animations. If you wanna go a bit deeper into hydraulic elevators, there’s three different hydraulic elevators: - inground (which you covered), holeless, and roped. Holeless hydros have their pistons and cylinders on the side somewhere instead of underground, and roped hydros are the same but there are cables holding up the elevator instead of the piston itself. Because of its usage of cables, it needs the overspeed governor like a traction elevator. Also a small correction although this doesn’t apply to every elevator, some elevators don’t completely stop before the doors open. Some elevators have “pre-doors” (premature door opening) or “classic leveling”. This is a term elevator enthusiasts like I use. On some elevators (like Kone’s elevators), if you look closely the elevator’s still leveling after the doors have begun to open. They’re usually not off-level enough for you to trip over the door track, so that’s not a huge concern, and that actually makes the overall ride slightly quicker.
Thank you so much for this excellent video. I can imagine all the hard work and effort it took to make it! I'm studying condo management and this gives me great insight!
The teeth act as a “ratchet” system. With constant use those teeth would wear out and those tracks would have to be replaced quite often, and if maintenance is neglected that could turn into a huge safety problem. The fail systems on modern elevators are relatively maintenance free.
@@ajfavale8236 I think you may mistaken - - but can please answer: (1) How would the teeth “wear out” if they’re only used if/when the cable breaks? (There would only be “constant use” if the cables broke constantly.) (2) What does “quite often” mean? (Do you believe the cable would be breaking weekly? Monthly? Yearly?) Please explain? (3) What “maintenance” are you talking about? That should not be “neglected”? Please explain? (4) By “fail systems on modern elevators” - do you mean the one shown in this video? Or are you talking about something else? Please explain? Thanks!
My first engineering job was for an elevator company. I helped design elevators to customer specifications. I also did a lot of the custom designs. I did design work on hydraulic and traction passenger and freight elevators and also on escalators. This video does an excellent job of covering the basic design of elevators. The coolest thing was being out in the field and riding on top of the cab in a bank of 3 elevators while doing maintenance.
Wow, that would be quite something to ride on top of the elevator. Sit tight, don't move, and keep your hands close to yourself I guess. I also assume that at the top floor, there is plenty of space above the elevator. Do the hydraulic ones have just as many safety mechanisms? And about the shaft, does the underground part of the shaft move, or is it a telescoping mechanism that emerges from the underground shaft to push the cab up?
@@Lacronh This is when the elevator is in service mode. It runs slower and is out of service to passengers. There is an operators station up there that requires both hands to hold buttons to operate. But you need to be extra careful with the counterweights and other elevator operating in the bank. There is a bit of distance (overhead) so that's not an issue. With hydraulic elevators the cab basically sits on top of a piston the lifts it. For ascending a pump pumps oil into the bottom of the cylinder raising the elevator cab. The piston assembly is in a drilled and cased well hole that is about the same depth as the total elevator travel. Most hydros only serve 2-6 floors - usually a maximum of 60ft of travel. There were some telescoping pistons, but the cost outweighs the benefit. Hydros descend by opening a valve that controls the flow of oil to the reservoir and the weight of the elevator is the what's used for descents. Yes. there are also safeties, but even a complete failure of the oil lines still wouldn't allow it to freefall.
@@joeyager8479That's helpful to know. So regarding the hydraulic ones that don't telescope, the entire piston moves up and down in the cased well hole, thus lifting/lowering the cab. Correct?
@@Lacronh The cylinder body is suspended in the well hole. The well hole usually has a steel casing protecting the cylinder body from contact with the earth. The piston rod extends or retracts to raise or lower the car. The piston travel is slightly longer than the total stroke. There is some overtravel built in at each end so the elevator never hits a hard stop. It's been about 50 years since I worked on these and there are other designs that use cylinders that don't require well holes. Some actually attach the car to the cylinder piston with cables and pulleys. I'm not familiar with these designs.
Why does they do that little drop thing when they come to a stop. It’s like it misses alignment and then corrects but they all seem to do it. Is it the two doors connecting?
Good video as always! only a small addition: almost all hydraulic lifts have the piston above ground. this piston pushes a pulley which pulls wires connected to the ground and to the cab, just like in the forks of a forklift. This allows you to use very long pistons without having to dig deep holes underground. In Europe they are widely used in low houses because they can lift very heavy loads, require very little energy and space to operate (just a small oil compressor) and are very safe in the event of a blackout. In the event of a power failure they are able to go down to the floor below by themselves without leaving people stuck inside.
They are known as indirect acting hydraulic lifts. The piston is only half the length of the total lift travel as the lift is roped 2:1 so the speed of the lift is also double that of the piston speed.
This is not an insult, I watch these videos to go to bed. Something about your voice and speaking gibberish puts me to sleep. Thank you for your insight and dedication to posting these.
thank you so much for this video!!! love it!everything explained here is spot on. I am a translator (EN-CH)and I got a interpreting job consultation on elevator business ( didnt get the job for the price reason ). I started learning the mechanism from this video.
Finalmente alguien agregó pistas de audio a los videos para que cada uno pueda escucharlo en su propio idioma sin tener que usar los subtítulos, que distraen bastante del contenido visual 👍
@@JamesMineGamer Life advice = don't worry about "being alone" on stuff. Do whatever it is that you like to do, even if nobody else is interested. Try to fit in is a sucker's game! 👍
Wow, excellent explanation about the functioning of an elevator. Congratulations on this one. Just one small correction: you mention in your video that you need at least 4 traction ropes. With Flexisteel, a polymer-coated steel rope, this can be reduced to 3 ropes.
I'm a crane operator. Simple machines like levers, gears, pulleys and counterweights fascinate me. I'm a nerd I know. At least I know I chose a job that I like!
i’ve always had a fear of elevators, now that i know the safety mechanism on elevators from this video, i regained some trust on elevators. I mostly like the elevators that are clear with a clear temper glass shaft, those make me feel most safe
I didn't know elevators have safety mechanisms. I've never encountered an accident and elevators in movies always fall to the ground. Thanks for the great video as always.
They're not like that in all countries. Some places have very dangerous elevators. But, in general, you're much more likely to die from being trapped in a stopped elevator, or sliced in half by movement of the cab when you climb in, than by the elevator falling to the ground.
Elevators in movies don't have much connection to reality, and that's not limited to elevators - fire sprinklers don't work in reality the way they often work in TV and movies, either.
It would be cool if you could do a deeper dive into buildings with multiple elevators, like the Empire State Building you've already done, or the Twin towers, going through and explaining how the multiple banks of elevators are laid out, why they did it the way they did, and some of the limitations, (like floors that are close to each other but hard to get between.)
Thanks Bro. After taking the exam I am free for four months So I decided to learn some useful information and your channel clicked me up. I believe that I will attain valuable information from your videos. Thanks Man😍😍😍
One of my hobbies used to be to go to the top of the world's tallest buildings (eg., Eiffel Tower, WTC, Funktum in Berlin, CN Tower Toronto, etc), so I've gotten to ride quite a few, and this was very interesting and informative. Thanks, Jared.
Great video, really informative as always. Also is this Mr. Otis the same one who founded the Otis Elevator Company? If so then they did good work for these past centuries.
On older elevators, you can still find doorless cabs. The cab just has 3 walls, so if you touched the front surface while it's moving (don't!), it would slide on your fingers. That's quite dangerous, but very cheap.
You're right. These lifts have a movable threshold. If your foot gets stuck between this threshold and the wall, the elevator will stop immediately. When we were children (60 years ago) we played with these lifts: pressing all the buttons at the same time, putting our feet between the threshold and the wall. Sweet memories...
you are just amazing jared......you give a very simplified explanation and use amazing visuals to explain the inner workings of any machine......thank you so much for your videos and your efforts
Estupendo material, tengo entendido que los ascensores son el medio más seguro para desplazarse, incluso la gente sufre mucho más accidentes en las escaleras.
in smaller buildings (maube just older elevator styles) , those hostway doors are just normal metal doors that hinge out and I would like to know how they lock and unlock
This vedio is too ossum ...very clear and that animation.....wow...! Mind blowing vedio great explanation ...I really enjoyed while reading by ur vedio .....it helped me a lot for my exam..all the best sir🎉
6 stories was the limit because of water In most cities the water reservoir was 6 or 7 stories above ground. So buildings had water tanks at the top of roof The maximum distance you can lift is listed to about 75 stories because the stress on the cable is so great massive cables would be required So, for buildings over 60 stories they almost always have a " sky lobby " The elevators from the ground to the sky lobby bring people up to the sky lobby The elevators from the sky lobby to the upper floors are just for the upper floors
Are you saying that even today, 75 stories is the max for elevators? If so are you saying that in all buildings above 60 stories, you have to take two separate elevators to get to the top? I don't recall that being the case when I went to the top of the WTC in the 90's.
@@Lacronh most buildings have a limit. The WTC had a sky lobby because of the limit. You had to switch elevators in the middle. The counterweight and the size of the cable and the weight would be enormous You can have just a single cable and when you look at Old Mines they have cables that are 1200 ft or 1500 ft that take the elevator down to the bottom. It is just much better and safer to have a sky lobby Personally I don't think it is a good idea to have a high rise building more than 20 stories Overpopulation is the reason why we have to do it. When you look at the world of the 1930s you see very few skyscrapers and most cities were only three-story buildings
@@ocsrcThanks for that explanation. So in your opinion, even though you can technically have an elevator that goes 75 stories up, you think it becomes less safe above 20 stories (despite all the redundant safety mechanisms)? Am I understanding you right?
@@Lacronh Yes. I lived in an 11 story building with 121 apartments and 2 elevators. We were all disabled. When there were power failures the elevators would lock out on the 1st floor despite having a backup generator. Walking down the 11 stories took 30 minutes. If there was an emergency like a fire we would not survive
I got trapped in an elevator for 2 hours one time, it got hot and ran out of oxygen! I also know why there’s no escape hatch in the ceiling unlike in Die Hard 2 for instance
@@apollogaming2781 liability issues. people can get into all kinds of additional problems once they get up there in the shaft, and usually they are rescued before "the oxygen runs out" - btw, oxygen does not actually run out, but OP did experience the sense that this was happening, probably because carbon dioxide in the cab was building up
@@DrWhom Professional diver here; yes it is much more likely that there was a buildup of CO2 than oxygen running out. Your body actually has no way of reporting low levels of oxygen to your brain, the urge to breathe comes from high levels of CO2. Because CO2 is acidic, it is easy for your body to measure how acidic your blood currently is to tell you to take a breath. (This is why carbon monoxide is so dangerous; it displaces air & binds to your blood easier than oxygen & is not acidic, so it replaces the oxygen; and you pass out without noticing anything because your body is still getting rid of the CO2 just fine.) Essentially, if OP felt like they were running out of breath, that's CO2 buildup, and if they thought everything was fine and suddenly passed out, that's lack of oxygen.
@APOLLO GAMING27 There is a hatch but it can only be accessed from within the elevator shaft itself which is for rescue only. It won't open from inside the elevator because people shouldn't be inside the shaft, only maintenance and rescue teams.
This video was incredibly informative. I recently started working at a feed mill, which in this instance is a tall slip construction concrete structure that tops out around 200’. Most of the work we do is on the lower floors, but there’s large internal bins that take up a large space inside the building, and then there’s a few floors at the top to access the tops of the bins as well as augers and turnheads. To get to the top, and to move heavy objects around we have a beat up old elevator. I heard rumors that it was taken from a building in New York, although I can’t be certain of that. Either way, I’ve poked around the control room, and looked down the hoist way trying to understand how it works. Your video perfectly explains the mechanisms behind how ours works. One thing I didn’t know was the overspeed governor, I’ve seen it but had no idea what it could be used for, but now I know. You definitely earned a subscription with these clear and concise explanation!
I hope you found this video uplifting! Thanks for watching😎 (and putting up with corny jokes)
Cool
Hey jared 7 seconds!!
I love it! You rule Jared!
Did not know that
Sir big fan pls reply.....
I worked for an elevator company for 13 years, an excellent video, thank you for the time and effort you put into it.
Awesome! Glad you enjoyed the video
Let's upvoted this comment, so it can be elevated to the top!
No other job has more ups and downs.
awesome video indeed! btw, i was wondering if the hoistway door could be opened if someone try to do so exactly when the elevator is passing behind heading to another floor
@julianleite
Before opening any door with a key the elevator has to be locked off first.
Absolutely outstanding. No other animations on YT come close to this dude's work.
Animagraffs is pretty good. Mustard too.
Yep it takes months to make these 3D animations
Lesics
Thanks Labrador!
@@MAINFRAMELaboratories love both
Retired from the elevator industry about 10 years ago. You paint a thorough picture of how an overhead traction elevator works along with introducing correct terminology for its components. Great job.
I have applied for an elevator apprenticeship and my interview is this week. This video is really opening doors for me lol. Would you say you enjoyed your career?
@@nickthewulf I believe one makes life what they perceive it to be. The industry was good to me and the people in it were fantastic. The elevator industry changed from relay control to microprocessor-based control along with system demand to destination dispatch during my time there. But the elevator still operates the same: up and down and open and close doors. You should enjoy it if you are a "jack of all trades" kind of person.
From VCRs to elevators, and to space vehicles. You must have gained such an incredible amount of knowledge doing all the animations that you have done over the years.
I had been a building mechanical equipment consultant for nearly 30 years. Working with different types of elevators like hydraulic and traction type. I’m glad you (@Jared Owen) has shared this enlighthening video. This enhances the elevator riding public to understand how safe and the mechanism envolved in an elevator. ❤
I knew elevators had some sort of a safety mechanism to stop the the cabin from falling, in case the cables snapped. But having watched your explanation of how it actually works, I feel a lot safer riding elevators! Thanks for putting all this hard work into educating us, @JaredOwen
I feel a lot safer too
This looks like a dangerous machine if cables snap but it is not what you think
I mean it wasn't what we thought.
@@hercegovac9999 why do I keep seeing people with this weird anti lgbt emoji
oddly i feel less safe, feels like the emergency break wont stop it that fast :d
Been installing these for almost 20 years, everything explained here is spot on.
I m a elevator service technician but ive never seen a cylinder of hidraulic lift built underneath the cabin, ive seen only the cylinder beside the cabin connected with steel ropes to the floor of the cabin.
@@cpkora422 Well, as a elevator technician you should know this. There's two major types of hydraulic elevators that being "Holed" or conventional, and "hole-less" hydraulic elevators. Within that "hole-less" category there is 3 those being non telescopic/single stage, telescopic, and roped hydraulic elevators. Been a while since I studied them but, 60 feet is the max for "holed", 20feet for non telescopic, 50ft for telescopic, and 60ft for the roped hydraulic. With a "holed" you have to drill a massive hole as apposed to the roped hydraulic not requiring that extra step and still manages the 60ft that a "holed" can do. Id guess that is why you are used to seeing only roped hydraulic as its a pretty long job to redo a "holed" when it claps out. Stay safe.
You must work in an area where the ground cannot be drilled easily
As a huge fan of 3D, I can't help but notice the Blender easter eggs on the building. The modelling and animation in this video is stellar!
Thanks Ken!
What easter eggs did you notice?
lol, yeah. I saw that instantly xD
Same
@@MISHBASH 2:30 , blender logo, bottom right of the building
I really appreciate all of the animations and information you have shared with us and your 2:43 viewers. They are very well done and the information shared has taught me so much and I thank you much for that!
I stumbled upon your channel. I was reading about Mr Otis and wanted to know how exactly he performed the 'stunt" at the fair. I usually dont subscribe to channels unless they are outstanding or are different from what's trending on the social media platforms. Of course i whole heartedly clicked on subscribe. Thanks for the simple animation and the simple words you have used to explain the functioning of an evevator (or a lift, hehe!).
I frequently do social service by using my advanced degree in teaching school students in maths and science. I know how difficult it can get to convey even easy concepts in a simple manner so that everyone understands. Kudos to you for doing that.
You acknowledgment for MQ Elevators also shows that you are a generous human being who doesnt want any undue credit. I respect people like you. Content creators like you should be promoted and supported as i am pretty sure that you will enlighten everyone with similar knowledge which can be difficult to comprehend without the effective animation you did. You have earned a fan in me!!!! I look forward to more videos from you Jared.
The great thing about these videos is the animations are simple enough that you can see what's going on, but complex enough that you don't miss out on all the details. It's like the perfect middle ground. Great work as always!
Thank you blenderTimer!
Agreed
As an experienced elevator mechanic, I’m thoroughly impressed with your examination here, very well done. Your terminology is pretty well spot on, and I also noticed that you modeled some components of off real equipment I work on. The machine is a carbon copy of an Otis gearless machine, the door operator looks exactly like a Montgomery EZ operator, and the door hardware looks like GAL stuff. Well done, 10/10.
Thanks David!
The level of excitement I experienced before starting this video really demonstrates how well Jared does what he does. He does it so well I was genuinley excited to learn about how elevators work
I agree and he explains complex mechanisms in such an easy to understand way, that even when my child was 7 years old, he would watch and understand some of Jared's videos!
Thanks Bradley!
My son (7) is the same way with all of his videos! He is teaching me things now! And is obsessed with the Statue of Liberty and going to New York so thanks for that, too! 😂
@@JarahMikethat’s another thing I love about his videos. He teaches us about things that are in our everyday lives, and makes you appreciate those things. Like after his video on how pianos work, I was a lot more interested in my girlfriend’s dad’s grand piano, and it gave us something to talk about.
Jared, your Gift is your Ability to shed light on things we don't even think about... and you do it in a Pleasent, fun and entertaining way... not to mention your Computer animations are great
I work in a factory where we make gearless traction machines, most of you have probably been in an elevator that is being driven by a machine I touched! Awesome video
As a kid, I had these "How Things Work" books that will show a diagram of everyday objects and their internal mechanisms. I'd spend hours just imagining them from the static pictures on the books. Jared's videos tickle that same part of my brain as an adult.
Was it the book with all the mammoths? They released an updated version, _The Way Things Work NOW,_ a few years ago. Still as enjoyable a read as I remember it being 👍
Bro I had that book too.
im 14 not a lot of people still read those books where i live there is a elevator and i always wonder how the work
You have a true gift for both animation AND explanation. Keep up the good work.
Thanks Darryl!
Thank you for all the hard work you did to make this. Very good presentation.
There's one additional safety measure in the event that the emergency brake doesn't work: a buffer (basically a large shock absorber) underneath the elevator cab and the counterweight. If the elevator doesn't stop before it reaches either the top or bottom of shaft, it'll impact the buffer and bring the elevator to a rough-but-not-life-threatening stop. So, you won't die from a freefall even if every other safety mechanism fails.
Side note -- you're also much more likely to "freefall" upwards rather than downwards if there aren't very many people on the elevator since the counterweight weighs more than an elevator with a few people. You can see videos on RUclips of elevators crashing into the ceiling rather than the ground.
this is why safety gear car work on both direction, plus unettanded car move ment...
I used to be very scared that there would be a huge failure in an elevator while im in it. After watching this video, it has 99.9% eliminated my fear of elevators and im very happy!
Thank you very very much Jared! 😊
yes but elevators still fail. watch some elevator accidents many here in youtube
@@xaviertumblod8955 Regular stairs are many times more likely to kill you. 1,600 or so, vs maybe 15 worldwide on elevators, including places like China and Russia where they tamper w the shutoffs (many/most wouldn't happen if they were in place).
Yes, same here. After watching this I feel safer too, with the only exception of simply just getting stuck for a period of time due to my claustrophobia
on a per trip basis elevators are one of the safest forms of transpiration. there are MANY redundant safety features in software, electrical and physical hardware. I have been a elevator mechanic for 17 years now and pubic accidents are almost non existent in the USA. more often someone gets stuck in the elevator its from one of the many safety systems failing ( in a failsafe manor) causing the still perfectly safe elevator to stop. the worst part is just having to wait for help to get you out but even while stuck you are completely safe.
@@slappomatthewThank you for that comment. It's very helpful and informative.
as a very well known elevator enthusiast, I find this video VERY informative! GREAT job!
I’m also an elevator enthusiast. I have watched your channel since I was 2 years old.
WOAH DIESELDUCY, I FOUND YOU
No Way You Found This Video.
😁
I work on elevators everyday and this video is spot on with great info! All the essentials to get the basics and some advanced knowledge. We sometimes call the counter weight "THE WIDOW MAKER". Picture working in a unlit hoistway on top of a elevator cab 100ft up and a gigantic block of metal goes zooming by and all you hear is the whoosh of the wind.
Whew, that's an unsettling thing to imagine. Much respect to you and your trade!
My Dad worked on elevators for close to 40 years. It was a pretty interesting job fixing these up. He also worked on wheelchair lifts and dumbwaiters. He retired from working on elevators, and now he works as an elevator inspector
My son has 8 years old addicted to these kind of videos ... Thanks alot
I've retired from the elevator trade, you must have been talking to someone in the trade as you nailed all the terms and explanations correctly. Great work and thank you for not explaining in detail how the hall doors are opened by a trained tech in an emergency.
i was worried when he was mentioning the interlock and all that 😬
glad he did not elaborate on rescue operations
Why do you not want him explaining it?
@@RafaRadityo7 cause someone might create their own amateur key and try opening elevator doors for no reason and might cause an accident
@@RafaRadityo7 My dad worked as the Sr. facilities manager at a 7 story office building. Long story short, Dad gets a call at about 11pm to come down... come to find out there is/was nothing wrong with the elevator... Couple of young adults were screwing around one evening (staff of the 7th floor restaurant)... They were stopping and opening the service elevator between floors when one of them slipped. Not everything needs to be known by everyone without going through all the dangers of the knowledge.
In my entire life I wondered,"How does an elevator works? " And now this guy came into my life like a GOD to clarify my doubt WITH animation. Thank you so much for your animations and teaching. I learned a lot from you. Please keep uploading this kind of videos.
Thank you Madhav!
same, today youtube suddenly recommend this video just like it read my mind
Great video. The world of elevators repair is a mysterious thing. I have been "breaking" into elevators for 32 years as a firefighter. I will share this with our Department. Thanks
Video idea: How does a camera (the one that photographer use) works
Contains:
• How it takes photos
• What makes a shutter sound when you take a photo
• how does the camera zoom
Or more if you had the idea
I worked for the Otis Elevator Company. The engineering name for the Otis "traction elevator" is "geared electric traction" elevator. The gear drive design permits the elevator motor to rest under normal conditions without a separate brake locking the pulley when the car is stationary. So it has two safety mechanisms to prevent slipping/falling, one rarely needed. The difference between traction and hydraulic motivation is traction pulls while hydraulic pushes.
I can't believe Jared bought 2 elevators and took them apart just for us! Amazing work!
As an Elevator Fan, this is definitely the coolest simulation I've ever seen! Good job!
This video is great! With your narration and your visuals makes learning easy and fun! Keep up the good work.
yea... i really enjoy watching Jared's new video because it's informative. also the 3D animation makes it even better.
I just took a one day elevator rescue course (industrial fire brigade) and you sir explained how elevators work much better! 👍
i had to look up a video explaining something for class and now i've subscribed because this was so clear. Now i've got this really useless information about elevators though
you dont upload often, but when you do, its an amazing watch.
Agreed
Thank you!
I have been an elevator technician for 15 years. In my country ( Belgium ), traction elevators use 2 types of motors, with a reduction gearbox and gearless. In hydraulic lifts, the piston is positioned next to the lift and the lift cage is set up in a backpack.
In the past especially in the USA hydraulic elevators traditionally have the hydraulic cylinder buried in the ground below the elevator cab. The "side jack" elevators are kind of height restricted even with telescoping jack assemblies. The tallest hydraulic elevator I ever worked on was 8 landings about 30 Meters in height. Had to have coolers for the hydraulic fluid to keep tempratues stable. There are also roped hydraulic lifts in New York that go horizontally and allow a hydraulic method to work for over 10 stories....Most of these are pre-WWII buildings.
你好，我在中国湖南从事电梯技术员工作5年了，想请问一下你们待遇如何？
Hi Jared, could you make an animation for the gateway arch? This video reminded me of the elevator/lift that we ride in to go up to the top of the arch when I visited
I like the idea😀
@@JaredOwen Jared I thought you was also going to explain how the elevator stops a specific floor
@@ClickNBuild that’s more to do with the programming of it no?
@@fhdang8978 Yes
@@JaredOwendunno if you're interested, but an explanation of the classic IBM selectric typewriter would be fascinating
It’s not only 3D animation,
Wow 😮 everything is there, thanks
😎
I've been an elevator technician for 22 years, excellent video! I'll be checking out your video on escalators next. Where did you do your research for this video? Most of your terminology was spot on!
This video will help a lot of people to overcome their elevator fears
@SnoopyDoo Kone elevators or Schindler are also among the best in the world
It should. Elevators are built to a high standard and IDK how many people even know this. You walk in and you can be assured you’ll be safe.
I work as a Building Manager and meet regularly with lift engineers and office executives. This video has definitely given me a clearer understanding of how an elevator works and will definitely help me in my role moving forward. Brilliant video and well done. Subbed and thumbs up given. Cheers mate 👍😊
I always love these videos. It really shows me how cool these inventions can be! I have always wondered how VCRs worked, and I am so glad you did one on that as it was mind-blowing how they designed it. Keep doing what you're doing!
Clear and simply straight forward explanation. Didn't know they were this safe.
This is my new favorite channel, It must be amazing to have animations built in house the way you want it
I knew that elevators had the inner and outer door but had no idea how they worked together with the latch and stuff. All the braking tech seems logical and simple and yet it is so important. Nicely done, Jared.
You are literally a treasure for making so much good quality content.
Thank you!
Very well made video! I like the animations.
If you wanna go a bit deeper into hydraulic elevators, there’s three different hydraulic elevators: - inground (which you covered), holeless, and roped. Holeless hydros have their pistons and cylinders on the side somewhere instead of underground, and roped hydros are the same but there are cables holding up the elevator instead of the piston itself. Because of its usage of cables, it needs the overspeed governor like a traction elevator.
Also a small correction although this doesn’t apply to every elevator, some elevators don’t completely stop before the doors open. Some elevators have “pre-doors” (premature door opening) or “classic leveling”. This is a term elevator enthusiasts like I use. On some elevators (like Kone’s elevators), if you look closely the elevator’s still leveling after the doors have begun to open. They’re usually not off-level enough for you to trip over the door track, so that’s not a huge concern, and that actually makes the overall ride slightly quicker.
My apartment elevator does basement to 18 floors and from what I saw there's a piston on the counterweight
Oh, that’s interesting.
Great salute to all the engineers around the world for making our life so simple ❤
Thank you so much for this excellent video. I can imagine all the hard work and effort it took to make it! I'm studying condo management and this gives me great insight!
The video we all need! Thank you
i like the blender logo easter egg at 0:07
😀 only a few people have spotted it
I wondered what that was 😂
7:36 - - overspeed governor - - 7:49 - - flyweights
7:03 - - emergency brake - - 8:16 - - elevator clamps
7:20 - - brake lever - - 7:27 - - auxiliary cable pulley
1:30 - - 1:45 - - *the mechanics of the old fashioned teeth system looks more reliable*
The teeth act as a “ratchet” system. With constant use those teeth would wear out and those tracks would have to be replaced quite often, and if maintenance is neglected that could turn into a huge safety problem. The fail systems on modern elevators are relatively maintenance free.
@@ajfavale8236 I think you may mistaken - - but can please answer:
(1) How would the teeth “wear out” if they’re only used if/when the cable breaks? (There would only be “constant use” if the cables broke constantly.)
(2) What does “quite often” mean? (Do you believe the cable would be breaking weekly? Monthly? Yearly?) Please explain?
(3) What “maintenance” are you talking about? That should not be “neglected”? Please explain?
(4) By “fail systems on modern elevators” - do you mean the one shown in this video? Or are you talking about something else? Please explain?
Thanks!
cool
My first engineering job was for an elevator company. I helped design elevators to customer specifications. I also did a lot of the custom designs. I did design work on hydraulic and traction passenger and freight elevators and also on escalators. This video does an excellent job of covering the basic design of elevators. The coolest thing was being out in the field and riding on top of the cab in a bank of 3 elevators while doing maintenance.
Wow, that would be quite something to ride on top of the elevator. Sit tight, don't move, and keep your hands close to yourself I guess. I also assume that at the top floor, there is plenty of space above the elevator.
Do the hydraulic ones have just as many safety mechanisms? And about the shaft, does the underground part of the shaft move, or is it a telescoping mechanism that emerges from the underground shaft to push the cab up?
@@Lacronh This is when the elevator is in service mode. It runs slower and is out of service to passengers. There is an operators station up there that requires both hands to hold buttons to operate. But you need to be extra careful with the counterweights and other elevator operating in the bank. There is a bit of distance (overhead) so that's not an issue.
With hydraulic elevators the cab basically sits on top of a piston the lifts it. For ascending a pump pumps oil into the bottom of the cylinder raising the elevator cab. The piston assembly is in a drilled and cased well hole that is about the same depth as the total elevator travel. Most hydros only serve 2-6 floors - usually a maximum of 60ft of travel.
There were some telescoping pistons, but the cost outweighs the benefit.
Hydros descend by opening a valve that controls the flow of oil to the reservoir and the weight of the elevator is the what's used for descents. Yes. there are also safeties, but even a complete failure of the oil lines still wouldn't allow it to freefall.
@@joeyager8479That's helpful to know. So regarding the hydraulic ones that don't telescope, the entire piston moves up and down in the cased well hole, thus lifting/lowering the cab. Correct?
@@Lacronh The cylinder body is suspended in the well hole. The well hole usually has a steel casing protecting the cylinder body from contact with the earth.
The piston rod extends or retracts to raise or lower the car. The piston travel is slightly longer than the total stroke. There is some overtravel built in at each end so the elevator never hits a hard stop.
It's been about 50 years since I worked on these and there are other designs that use cylinders that don't require well holes. Some actually attach the car to the cylinder piston with cables and pulleys. I'm not familiar with these designs.
Why does they do that little drop thing when they come to a stop. It’s like it misses alignment and then corrects but they all seem to do it. Is it the two doors connecting?
We have taken advantage of so many things in this world, it's amazing to see how they actually work! I loved this video!
And how old a lot of it is.
Thanks Joy!
Good video as always! only a small addition: almost all hydraulic lifts have the piston above ground. this piston pushes a pulley which pulls wires connected to the ground and to the cab, just like in the forks of a forklift. This allows you to use very long pistons without having to dig deep holes underground. In Europe they are widely used in low houses because they can lift very heavy loads, require very little energy and space to operate (just a small oil compressor) and are very safe in the event of a blackout. In the event of a power failure they are able to go down to the floor below by themselves without leaving people stuck inside.
Interesting
They are known as indirect acting hydraulic lifts. The piston is only half the length of the total lift travel as the lift is roped 2:1 so the speed of the lift is also double that of the piston speed.
You teach better than 99% of teachers world wide.
I'm glad that almost all my teacher is among 1%.
This is not an insult, I watch these videos to go to bed. Something about your voice and speaking gibberish puts me to sleep. Thank you for your insight and dedication to posting these.
thank you so much for this video!!! love it!everything explained here is spot on. I am a translator (EN-CH)and I got a interpreting job consultation on elevator business ( didnt get the job for the price reason ). I started learning the mechanism from this video.
Finalmente alguien agregó pistas de audio a los videos para que cada uno pueda escucharlo en su propio idioma sin tener que usar los subtítulos, que distraen bastante del contenido visual 👍
I am 10 and most kids I know don’t have any respect for science I am glad to see people like Jared teach this stuff.
Good for you man.
Me too, i'm ten years old but love elecronics
Well I’m glad I’m not alone.
@@JamesMineGamer Life advice = don't worry about "being alone" on stuff.
Do whatever it is that you like to do, even if nobody else is interested.
Try to fit in is a sucker's game! 👍
Wow, excellent explanation about the functioning of an elevator. Congratulations on this one. Just one small correction: you mention in your video that you need at least 4 traction ropes. With Flexisteel, a polymer-coated steel rope, this can be reduced to 3 ropes.
After watching this video, I finally made a graph of the elevator installation in my house. Thank you for showing this video!
I'm a crane operator. Simple machines like levers, gears, pulleys and counterweights fascinate me. I'm a nerd I know. At least I know I chose a job that I like!
i’ve always had a fear of elevators, now that i know the safety mechanism on elevators from this video, i regained some trust on elevators. I mostly like the elevators that are clear with a clear temper glass shaft, those make me feel most safe
I didn't know elevators have safety mechanisms. I've never encountered an accident and elevators in movies always fall to the ground. Thanks for the great video as always.
You’ve seen it in the movies before but there’s less than one chance in a million that it’ll happen in real life, let alone on the elevator you’re in
They're not like that in all countries. Some places have very dangerous elevators.
But, in general, you're much more likely to die from being trapped in a stopped elevator, or sliced in half by movement of the cab when you climb in, than by the elevator falling to the ground.
Elevators in movies don't have much connection to reality, and that's not limited to elevators - fire sprinklers don't work in reality the way they often work in TV and movies, either.
@@tbird-z1r "Some places have very dangerous elevators."
**cough** China **cough**
It would be cool if you could do a deeper dive into buildings with multiple elevators, like the Empire State Building you've already done, or the Twin towers, going through and explaining how the multiple banks of elevators are laid out, why they did it the way they did, and some of the limitations, (like floors that are close to each other but hard to get between.)
This is the true educational animation all students must watch.
Thanks Bro. After taking the exam I am free for four months So I decided to learn some useful information and your channel clicked me up. I believe that I will attain valuable information from your videos. Thanks Man😍😍😍
One of my hobbies used to be to go to the top of the world's tallest buildings (eg., Eiffel Tower, WTC, Funktum in Berlin, CN Tower Toronto, etc), so I've gotten to ride quite a few, and this was very interesting and informative. Thanks, Jared.
Great video, really informative as always.
Also is this Mr. Otis the same one who founded the Otis Elevator Company?
If so then they did good work for these past centuries.
yep, wikipedia is your friend
Yup, same Mr Otis. He founded the company and eventually sold it, I believe.
On older elevators, you can still find doorless cabs. The cab just has 3 walls, so if you touched the front surface while it's moving (don't!), it would slide on your fingers. That's quite dangerous, but very cheap.
You're right. These lifts have a movable threshold. If your foot gets stuck between this threshold and the wall, the elevator will stop immediately. When we were children (60 years ago) we played with these lifts: pressing all the buttons at the same time, putting our feet between the threshold and the wall. Sweet memories...
Merci d'avoir pris le temps de nous avoir expliqué le fonctionnement d'un ascenseur. Votre démonstration est très explicite.
you are just amazing jared......you give a very simplified explanation and use amazing visuals to explain the inner workings of any machine......thank you so much for your videos and your efforts
I'm stuck in an elevator right now.
😂
Actual
😡@@nkwoimmanuela3826😡
I hope he's not still stuck in there
Estupendo material, tengo entendido que los ascensores son el medio más seguro para desplazarse, incluso la gente sufre mucho más accidentes en las escaleras.
in smaller buildings (maube just older elevator styles) , those hostway doors are just normal metal doors that hinge out and I would like to know how they lock and unlock
I believe they still have an interlock, it’s just designed a bit differently.
Could not stop commenting here.. Excellent work as always.
This vedio is too ossum ...very clear and that animation.....wow...! Mind blowing vedio great explanation ...I really enjoyed while reading by ur vedio .....it helped me a lot for my exam..all the best sir🎉
So happy to hear this video was helpful for your exam!
Not an English exam, I assume.
😆 j/k
P.S.: "Ossum" is one of the most efficient ways to spell a word that I've ever seen. 👍
6 stories was the limit because of water
In most cities the water reservoir was 6 or 7 stories above ground.
So buildings had water tanks at the top of roof
The maximum distance you can lift is listed to about 75 stories because the stress on the cable is so great massive cables would be required
So, for buildings over 60 stories they almost always have a " sky lobby "
The elevators from the ground to the sky lobby bring people up to the sky lobby
The elevators from the sky lobby to the upper floors are just for the upper floors
Are you saying that even today, 75 stories is the max for elevators? If so are you saying that in all buildings above 60 stories, you have to take two separate elevators to get to the top? I don't recall that being the case when I went to the top of the WTC in the 90's.
@@Lacronh most buildings have a limit. The WTC had a sky lobby because of the limit.
You had to switch elevators in the middle.
The counterweight and the size of the cable and the weight would be enormous
You can have just a single cable and when you look at Old Mines they have cables that are 1200 ft or 1500 ft that take the elevator down to the bottom.
It is just much better and safer to have a sky lobby
Personally I don't think it is a good idea to have a high rise building more than 20 stories
Overpopulation is the reason why we have to do it.
When you look at the world of the 1930s you see very few skyscrapers and most cities were only three-story buildings
@@ocsrcThanks for that explanation. So in your opinion, even though you can technically have an elevator that goes 75 stories up, you think it becomes less safe above 20 stories (despite all the redundant safety mechanisms)? Am I understanding you right?
@@Lacronh Yes. I lived in an 11 story building with 121 apartments and 2 elevators. We were all disabled. When there were power failures the elevators would lock out on the 1st floor despite having a backup generator.
Walking down the 11 stories took 30 minutes.
If there was an emergency like a fire we would not survive
@@ocsrc Wow!
I got trapped in an elevator for 2 hours one time, it got hot and ran out of oxygen! I also know why there’s no escape hatch in the ceiling unlike in Die Hard 2 for instance
Yikes! I'm glad you got out
@@JaredOwen i would also love to know why isn't there any escape hatch in the ceiling of a elevator
@@apollogaming2781 liability issues. people can get into all kinds of additional problems once they get up there in the shaft, and usually they are rescued before "the oxygen runs out" - btw, oxygen does not actually run out, but OP did experience the sense that this was happening, probably because carbon dioxide in the cab was building up
@@DrWhom Professional diver here; yes it is much more likely that there was a buildup of CO2 than oxygen running out. Your body actually has no way of reporting low levels of oxygen to your brain, the urge to breathe comes from high levels of CO2. Because CO2 is acidic, it is easy for your body to measure how acidic your blood currently is to tell you to take a breath. (This is why carbon monoxide is so dangerous; it displaces air & binds to your blood easier than oxygen & is not acidic, so it replaces the oxygen; and you pass out without noticing anything because your body is still getting rid of the CO2 just fine.) Essentially, if OP felt like they were running out of breath, that's CO2 buildup, and if they thought everything was fine and suddenly passed out, that's lack of oxygen.
@APOLLO GAMING27 There is a hatch but it can only be accessed from within the elevator shaft itself which is for rescue only. It won't open from inside the elevator because people shouldn't be inside the shaft, only maintenance and rescue teams.
Why i subscribed 11:10
Awesome video. Superb explanation. Crazy how simple yet effective the safety features and elevator physics is
As an elevator enthusiast , I find it very informative in very environmental
0:42 Перевод: во! 👍 Во мноних странах мира его называют лифт, но в этом видео я буду использовать слово лифт 💀💀
Лифт и элеватор. Это автоперевод
меня на этом моменте прорвало
@@and_cookiewlnKwjwhqhh1hj1sejwj2whqjw z,whsnam. Shwjnqkw
*ANYONE ELSE HAVE A FLASHBACK TO SIM TOWER?*
Yes
@@Elitekai643i was about to say:”ROBLOX!?!?!?” 😂
это называется "лифт", но я буду это называть сегодня "лифт"... 💀💀
Love these animations. Who knew I’d be fascinated by the inner workings of an escalator!
*elevator. I make the mistake all the time too. 😅
I just found out ur videos, they r too intimidating that I can’t stop watching more and more. Great work
please don't use music ,this is very tough to concentrate to video with music
Thank you for this information about elevator ❤😊
This is so amazing! I also noticed a small blender logo at 0:06.
Great animation!. You explained this so well in just a fraction of time 🎉
This is the best video on how a lift works. Flawless!
I am so happy to see this beautiful mechanic wonder ,you must have been so busy
The algorithm is so excessively good it scares me. I THOUGHT about this yesterday and today this vid showed up. Amazing work!
Protect this man Jared at all cost, you're great man
Please make a video about a quay crane
The effort you put in explaining this to us AND making incredibly clear animations is formidable!
This video was incredibly informative. I recently started working at a feed mill, which in this instance is a tall slip construction concrete structure that tops out around 200’. Most of the work we do is on the lower floors, but there’s large internal bins that take up a large space inside the building, and then there’s a few floors at the top to access the tops of the bins as well as augers and turnheads. To get to the top, and to move heavy objects around we have a beat up old elevator. I heard rumors that it was taken from a building in New York, although I can’t be certain of that. Either way, I’ve poked around the control room, and looked down the hoist way trying to understand how it works. Your video perfectly explains the mechanisms behind how ours works. One thing I didn’t know was the overspeed governor, I’ve seen it but had no idea what it could be used for, but now I know. You definitely earned a subscription with these clear and concise explanation!